Penentuan Setting Optimal Dengan Menggunakan Metode Taguchi Dalam Proses Produksi Gypsum Interior Berdasarkan Pengujian Kuat Desak
Abstract: The Taguchi Method
is one of method that is applied in off line control activities in the design
of production process stage. In the production process of interior gypsum,
there are many handicaps found when gypsum is going to be taken out of the
matrix and placed. Thus, it will make loss in both the company and the
customers. The goal of this research is to determine influential factors to the
produced interior gypsum, to determine Analysis of variance (Anova) and to
count Signal to Noise Ratio (SN ratio), to determine the best setting level
from the influential factors, and to count the quality loss function for
knowing the loss made by handicapped product. This research uses experiment
method and the experiment is done in three stages. The first is based on the
company setting and uses 30 samples. The second is based on the applied
orthogonal array, L8 (27), and uses 4 replications for every level combination.
The third is based on optimum setting and uses 10 samples. From the data
processing, there is average rise of compressive strength examination up to
12,63 kg/cm2. This optimum setting will reduce the loss experienced by the
company and customers. It can be seen from the value of quality loss function
gained before and after applying optimum setting.
Penulis: Instika Dani, Lobes
Herdiman, Eko Pujiyanto
Kode Jurnal: jptindustridd050050
